Aspire Gotek X3 Vape Kit is a sleek, feature-rich pod system designed to offer both simplicity for users and strong retail potential. With a built-in 1200 mAh battery, adjustable airflow, multiple power modes, and compatibility with Gotek pods, it suits both mouth-to-lung (MTL) and restricted direct-to-lung (RDTL) vaping styles.

Key Features

1200 mAh Integrated Battery — long-lasting performance with USB-C fast charging
Power Modes: Eco / Normal / Max + Smart Mode — lets users pick performance or let the device adjust automatically
2 ml Refillable Gotek Pods — with built-in mesh coil, no separate coil changes needed
Adjustable Airflow Slider — fine-tune draw from tight MTL to a freer RDTL inhale
Auto-Draw & Button Control — inhale to vape or use the button, giving flexibility
LED Battery & Power Display — shows battery level and mode status at a glance
Lightweight & Compact — pocket-friendly design for everyday use

Specifications

Battery Capacity: 1200 mAh (built-in)
Pod Capacity: 2 ml (TPD-compliant)
Included Pod Resistance: 0.8 Ω mesh (typical)
Charging: USB Type-C
Activation: Auto-draw or button
Airflow: Adjustable via slider
Power Modes: Eco / Normal / Max + Smart Auto Mode
Device Dimensions: approx. 82 × 47 × 22 mm

Wholesale & Retail Advantages

High Repeat Pod Sales — built-in coil pods mean frequent replacement purchases
Simplified Inventory — one device supports the entire Gotek pod line
Impulse Appeal — compact kit and colourful options increase visibility at shop counters
Strong Margins — premium feature set supports good markups
Cross-Selling Potential — bundle with pods, e-liquids, USB-C cables, etc.

Usage & Best Practices

Prime new pods with a few drops of e-liquid before sealing and use
Wait ~30–60 seconds after filling to let wick saturate before vaping
Use suitable e-liquids (50/50, nic salts, or moderate VG blends for best effect)
Replace pods when flavour diminishes or vapour output drops
Charge using quality USB-C cables and avoid overcharging
Store upright to minimize leaks and maintain airflow integrity